The initial and final temperatures of water in a container are observed as `16 +-0.6^(@)C` and `56+-0.3^(@)C`. What is the rise in the temperature of water.

The system of units which at present Internationally accepted for measurement is the SI units.The initial and final temperature of water in a container are observed as 15 ± 0.5 ^@C and 40 ± 0.2 ^@C . What is the rise in the temperature?

The initial and final temperatures of a liquid in a container are observed to be 75.4 pm 0.5^(@)C and 56.8 pm 0.2^(@)C . Find the fall in the temperature of the liquid.

The initial and final temperature of water were recorded as (56.3 pm 0.4) ^(@)C and (27.5 + 0.3) ^(@)C . Determine the fall in the temperature of water .

The initial and final temperatures of liquid in a container are observed to be 7.63 +- 0.4^(@) C and 67.7 +- 0.3 ^(@) C . Determine the fall in the temperature of the liquid.

The initial and final temperatures of liquid in a container are observed to be 7.63 +- 0.4^(@) C and 67.7 +- 0.3 ^(@) C . Determine the fall in the temperature of the liquid.

The initial and final temperature of water as recorded by an observer are (40.6 pm 0.2)^(@)C and (78.3 pm 0.3)^(@)C . Calculate the rise in temperature.

The initial and final temperature of water as recorded by an observer are (40.6 pm 0.2)^(@)C and (78.3 pm 0.3)^(@)C . Calculate the rise in temperature.

The initial and final temperatures of a water bath are (18pm0.5).^(@)C and (40pm0.3).^(@)C . What is the rise in temperature of the path

The initial and final temperatures of water as recorded by an observer are ( 40.6 +- 0.2)^(@) C and ( 78.9 +- 0.3 )^(@) C . Calculate the rise in temperature with proper error limits.